3d simulation that visualizes the execution of a quantum circuit on a quantum computer using Qiskit Pulse to an educational extent.
Link of the project on Qiskit Hackathon Europe
Quantum computers are quite a complicated subject to study and it is often challenging to get an idea of how such a system works. We would like to help instruct people about such technologies by providing them with an additional visualization tool.
We hope with this project to assist educating people in the field of superconducting quantum computer. We want to develop a plugin for qiskit pulse allowing to visualize the execution of a quantum circuit inside a quantum computer. The plugin will generate animations describing the evolution of the different rf signals in a virtual model in 3d of a quantum computer.
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| 3D model of a quantum computer. | Link Qiskit and our 3D Engine | Animate | Share |
| Make a modular 3d model of a quantum computer. This modular 3d model will be able to produce visuals approaching the different computers of the IBM Q Network. | Find a way to link Qiskit Pulse with our 3D engine (Unity 3D or other). | Make a simulation framework for the rf signals based on Qiskit Pulse and arxiv and display the simulations results in relation to what as been feed to Qiskit Pulse. | Constitute a repository for the plugin as well as some documentation. |
